Examples with AnimatedTimeRange com.android.tools.adtui.AnimatedTimeRange used on opensource projects

Example 1 with AnimatedTimeRange

use of com.android.tools.adtui.AnimatedTimeRange in project android by JetBrains.

the class NetworkProfilerVisualTest method createComponentsList.

@Override
protected List<Animatable> createComponentsList() {
    long startTimeUs = myDataStore.getLatestTimeUs();
    Range timeCurrentRangeUs = new Range(startTimeUs - RangeScrollbar.DEFAULT_VIEW_LENGTH_US, startTimeUs);
    AnimatedTimeRange animatedTimeRange = new AnimatedTimeRange(timeCurrentRangeUs, 0);
    EventDispatcher<ProfilerEventListener> dummyDispatcher = EventDispatcher.create(ProfilerEventListener.class);
    mySegment = new NetworkSegment(timeCurrentRangeUs, myDataStore, dummyDispatcher);
    myDetailedView = new NetworkDetailedView();
    myDetailedView.setVisible(false);
    generateNetworkCaptureData(startTimeUs);
    myCaptureSegment = new NetworkCaptureSegment(timeCurrentRangeUs, new TestNetworkCaptureModel(), httpData -> myDetailedView.setVisible(true), dummyDispatcher);
    myRadioSegment = new NetworkRadioSegment(timeCurrentRangeUs, myDataStore, dummyDispatcher);
    List<Animatable> animatables = new ArrayList<>();
    animatables.add(animatedTimeRange);
    mySegment.createComponentsList(animatables);
    myCaptureSegment.createComponentsList(animatables);
    myRadioSegment.createComponentsList(animatables);
    animatables.add(myCaptureSegment);
    return animatables;
}

Example 2 with AnimatedTimeRange

use of com.android.tools.adtui.AnimatedTimeRange in project android by JetBrains.

the class LineChartVisualTest method createComponentsList.

@Override
protected List<Animatable> createComponentsList() {
    mRangedData = new ArrayList<>();
    mData = new ArrayList<>();
    long nowUs = TimeUnit.NANOSECONDS.toMicros(System.nanoTime());
    Range timeGlobalRangeUs = new Range(nowUs, nowUs + TimeUnit.SECONDS.toMicros(60));
    mLineChart = new LineChart();
    mAnimatedTimeRange = new AnimatedTimeRange(timeGlobalRangeUs, 0);
    List<Animatable> componentsList = new ArrayList<>();
    mySelectionComponent = new SelectionComponent(new Range(0, 0), timeGlobalRangeUs);
    myOverlayComponent = new OverlayComponent(mySelectionComponent);
    // Add the scene components to the list
    componentsList.add(mAnimatedTimeRange);
    componentsList.add(mLineChart);
    componentsList.add(mySelectionComponent);
    Range yRange = new Range(0.0, 100.0);
    for (int i = 0; i < 4; i++) {
        if (i % 2 == 0) {
            yRange = new Range(0.0, 100.0);
        }
        DefaultDataSeries<Long> series = new DefaultDataSeries<>();
        RangedContinuousSeries ranged = new RangedContinuousSeries("Widgets", timeGlobalRangeUs, yRange, series);
        mRangedData.add(ranged);
        mData.add(series);
    }
    mLineChart.addLines(mRangedData);
    mDurationData1 = new DefaultDataSeries<>();
    mDurationData2 = new DefaultDataSeries<>();
    RangedSeries<DefaultDurationData> series1 = new RangedSeries<>(timeGlobalRangeUs, mDurationData1);
    RangedSeries<DefaultDurationData> series2 = new RangedSeries<>(timeGlobalRangeUs, mDurationData2);
    mDurationRendererBlocking = new DurationDataRenderer.Builder(series1, Color.WHITE).setLabelColors(Color.DARK_GRAY, Color.GRAY, Color.lightGray, Color.WHITE).setIsBlocking(true).setIcon(UIManager.getIcon("Tree.leafIcon")).setLabelProvider(durationdata -> "Blocking").setClickHander(durationData -> mClickDisplayLabel.setText(durationData.toString())).build();
    mDurationRendererAttached = new DurationDataRenderer.Builder(series2, Color.WHITE).setLabelColors(Color.DARK_GRAY, Color.GRAY, Color.lightGray, Color.WHITE).setIcon(UIManager.getIcon("Tree.leafIcon")).setLabelProvider(durationdata -> "Attached").setAttachLineSeries(mRangedData.get(0)).setClickHander(durationData -> mClickDisplayLabel.setText(durationData.toString())).build();
    mLineChart.addCustomRenderer(mDurationRendererBlocking);
    mLineChart.addCustomRenderer(mDurationRendererAttached);
    myOverlayComponent.addDurationDataRenderer(mDurationRendererBlocking);
    myOverlayComponent.addDurationDataRenderer(mDurationRendererAttached);
    componentsList.add(mDurationRendererBlocking);
    componentsList.add(mDurationRendererAttached);
    componentsList.add(myOverlayComponent);
    return componentsList;
}

Example 3 with AnimatedTimeRange

use of com.android.tools.adtui.AnimatedTimeRange in project android by JetBrains.

the class StateChartVisualTest method createComponentsList.

@Override
protected List<Animatable> createComponentsList() {
    long nowUs = TimeUnit.NANOSECONDS.toMicros(System.nanoTime());
    mTimeGlobalRangeUs = new Range(nowUs, nowUs + TimeUnit.SECONDS.toMicros(60));
    mAnimatedTimeRange = new AnimatedTimeRange(mTimeGlobalRangeUs, 0);
    DefaultDataSeries<MockFruitState> networkSeries = new DefaultDataSeries<>();
    DefaultDataSeries<MockStrengthState> radioSeries = new DefaultDataSeries<>();
    RangedSeries<MockFruitState> networkData = new RangedSeries<>(mTimeGlobalRangeUs, networkSeries);
    RangedSeries<MockStrengthState> radioData = new RangedSeries<>(mTimeGlobalRangeUs, radioSeries);
    mNetworkStatusChart = new StateChart<>(getFruitStateColor());
    mNetworkStatusChart.addSeries(networkData);
    mNetworkDataEntries.add(networkSeries);
    mRadioStateChart = new StateChart<>(getStrengthColor());
    mRadioStateChart.addSeries(radioData);
    mRadioDataEntries.add(radioSeries);
    return Arrays.asList(mAnimatedTimeRange, mNetworkStatusChart, mRadioStateChart);
}

Example 4 with AnimatedTimeRange

use of com.android.tools.adtui.AnimatedTimeRange in project android by JetBrains.

the class CpuProfilerVisualTest method createComponentsList.

@Override
protected List<Animatable> createComponentsList() {
    long startTimeUs = mDataStore.getLatestTimeUs();
    Range timeCurrentRangeUs = new Range(startTimeUs - RangeScrollbar.DEFAULT_VIEW_LENGTH_US, startTimeUs);
    AnimatedTimeRange animatedTimeRange = new AnimatedTimeRange(timeCurrentRangeUs, 0);
    //TODO Update test data for CpuUsageSegment to be exactly what it was.
    EventDispatcher<ProfilerEventListener> dummyDispatcher = EventDispatcher.create(ProfilerEventListener.class);
    mCPULevel2Segment = new CpuUsageSegment(timeCurrentRangeUs, mDataStore, dummyDispatcher);
    mThreadsSegment = new ThreadsSegment(timeCurrentRangeUs, mDataStore, dummyDispatcher, (threads) -> {
    // TODO: show L3 segment with the charts corresponding to threads selected.
    // Hide any charts corresponding to unselected threads and hide L3 segment in case no threads are selected
    });
    List<Animatable> animatables = new ArrayList<>();
    animatables.add(animatedTimeRange);
    animatables.add(mThreadsSegment);
    mCPULevel2Segment.createComponentsList(animatables);
    mThreadsSegment.createComponentsList(animatables);
    return animatables;
}

Example 5 with AnimatedTimeRange

use of com.android.tools.adtui.AnimatedTimeRange in project android by JetBrains.

the class MemoryProfilerVisualTest method createComponentsList.

@Override
protected List<Animatable> createComponentsList() {
    long startTimeUs = mDataStore.getLatestTimeUs();
    Range timeCurrentRangeUs = new Range(startTimeUs - RangeScrollbar.DEFAULT_VIEW_LENGTH_US, startTimeUs);
    AnimatedTimeRange animatedTimeRange = new AnimatedTimeRange(timeCurrentRangeUs, 0);
    EventDispatcher<ProfilerEventListener> dummyDispatcher = EventDispatcher.create(ProfilerEventListener.class);
    mSegment = new MemorySegment(timeCurrentRangeUs, mDataStore, dummyDispatcher);
    mRoot = new MemoryInfoTreeNode("Root");
    mDetailSegment = new MemoryDetailSegment(timeCurrentRangeUs, mRoot, dummyDispatcher);
    List<Animatable> animatables = new ArrayList<>();
    animatables.add(animatedTimeRange);
    mSegment.createComponentsList(animatables);
    mDetailSegment.createComponentsList(animatables);
    // Simulate allocation data with stack frames.
    mUpdateDataThread = new Thread() {

        @Override
        public void run() {
            try {
                while (true) {
                    updateTree(mRoot);
                    Thread.sleep(10);
                }
            } catch (InterruptedException e) {
            }
        }
    };
    mUpdateDataThread.start();
    return animatables;
}